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… of “plasticity,” which is a term for the many ways neurons change the strength of their connections with other … to learn places. “The overall goal is to understand how inhibitory synaptic plasticity manifests in behaving mammals … mounting evidence that the place cell also must suppress inhibitory input from another kind of neuron to improve its …

… was evident in the neural spiking activity. In the inhibitory phase of theta, beta power was stronger and the  …

… be seen directly. Neural communication activity (i.e. when neurons electrically “spike” to transmit signals) is … one could track them by watching daily in the same animal. Inhibitory neurons constantly remodeled connections with their excitatory partners. Inhibitory synaptic connections had never been visualized …

… help biological circuits produce consistent computations inhibitory synapses inhibitory circuits inhibitory neurons LTD LTP …

… information to enable brain function synapse formation inhibitory synapses synaptic plasticity synapse Scholars from … dendrites flamboyantly flail forth from the bodies of neurons, showing off their complex beauty. At the Picower … molecular signaling pathway to call out to nearby axons of inhibitory neurons. They then begin building new inhibitory …

… found that when animals viewed something familiar, neurons in cortex, or outer layer of their brain, would be … brain region that relays sensory information) and to inhibitory neurons in layer 4, where they had first measured … in a higher “gamma” frequency that depends on one kind of inhibitory neuron, but as it becomes more familiar, the …

… and chaos. It’s got to be excitable enough for its neurons to influence one another, but if it gets too … occurs because of disinhibition. When propofol boosts the inhibitory drive, this drive inhibits other inhibitory neurons, and the result is an overall increase in …